Berger Lahr Servo Motor Ser 397/4 L 7s S0c O

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Berger Lahr Servo Motor Ser 397/4 L 7s S0c O Specification

Thickness
Standard (approx. 7 cm body width)

Base Material
Die-cast Aluminum

Cooling System
Natural Air Cooled

Cabinet Material
Industrial Metal

Control System
Position/Speed/Current control

Connectivity Type
Screw terminal connection

Rated Insulation Voltage
400V

Protection Level
IP54

Protection Class
Class F

Rated Operation Voltage
230V AC

Operating Voltage
230V

Current Rating
7A

Cover Material
Aluminum Alloy

Rated Current
7A

Features
High precision, Compact design, Easy mounting, Low maintenance

Components
Rotor, Stator, Encoder, Terminal Box

Way
Single

Product Type
Servo Motor

Material
High-grade industrial metal

Surface Finish
Matte / Brushed

Standard
IEC compliant

Surface Color
Black / Silver

Rated Voltage
230V AC

Frequency (MHz)
50 / 60 Hz

Maximum Output Current
7A

Dimension (L*W*H)
397 mm x 150 mm x 125 mm (approx.)

Application
Industrial automation, CNC machinery

IP Rating
Ip54

About Berger Lahr Servo Motor Ser 397/4 L 7s S0c O

Experience unprecedented reliability and ace industrial performance with the Berger Lahr Servo Motor Ser 397/4 L 7s S0c O. Crafted from rarefied, high-grade industrial metals, this IEC-compliant servo motor offers rare value for precision automation. Featuring a high-precision incremental encoder, up to 9.5 Nm torque, and speeds reaching 4000 RPM, it assures consistent output and low maintenance. Buy online to access exclusive offers from Indias trusted suppliers and traders, guaranteed to elevate your CNC machinerys control system and operational efficiency. Ideal for robust industrial automation environments.

Advanced Features & Versatility

The Berger Lahr Servo Motor Ser 397/4 L 7s S0c O boasts ace features including natural air cooling, easy mounting with flange design, and high-performance ball bearings. Perfect for industrial automation and CNC machinery, it supports continuous duty cycles and offers rarefied precision in position, speed, and current control. Usage is seamless thanks to side/rear cable entry and screw terminal connectivity, making integration swift for modern industrial setups.

Efficient Packing & Secure Handover

Packing & Dispatch for the Berger Lahr Servo Motor Ser 397/4 L 7s S0c O ensures safety and integrity. Handover is coordinated at main domestic markets across India, utilizing secure drop-off at designated FOB ports. Each unit is protected in industrial-grade packaging to preserve its matte/brushed finish and reliable performance throughout transit. Rest assured, every drop-off meets stringent quality standards before reaching your facility.

FAQs of Berger Lahr Servo Motor Ser 397/4 L 7s S0c O:

Q: How does the Berger Lahr Servo Motor enhance industrial automation?

A: The motor provides high-precision control of position, speed, and current, supporting seamless integration with CNC machinery and automated equipment, delivering ace efficiency and reliability.

Q: What are the notable features of this servo motors construction?

A: It is manufactured with rarefied industrial metal, a robust die-cast aluminum base, and a high-performance ball-bearing system, giving it superior durability and low maintenance requirements.

Q: Where can this servo motor be purchased online in India?

A: You can buy the Berger Lahr Servo Motor Ser 397/4 L 7s S0c O online from trusted suppliers and traders who offer competitive value and exclusive offers to buyers in the Indian market.

Q: What is the typical usage type for this model?

A: This servo motor is used in industry for continuous (S1) duty cycles, ideal for applications requiring persistent, precise motion control in automation or CNC environments.

Q: What packaging and delivery process is followed for this servo motor?

A: Each unit undergoes careful packing and dispatch, with drop-off and handover at major domestic markets, and secure handling at designated FOB ports to guarantee product integrity.

Q: When is the best time to use this motor in an industrial setting?

A: It is best employed when continuous, reliable, and accurate motion control is needed in environments demanding rigorous performance such as CNC machinery and automated production lines.

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